CN102227899B - Travelling carriage and application server and the method for operation thereof of service are provided to travelling carriage - Google Patents

Travelling carriage and application server and the method for operation thereof of service are provided to travelling carriage Download PDF

Info

Publication number
CN102227899B
CN102227899B CN200980147836.1A CN200980147836A CN102227899B CN 102227899 B CN102227899 B CN 102227899B CN 200980147836 A CN200980147836 A CN 200980147836A CN 102227899 B CN102227899 B CN 102227899B
Authority
CN
China
Prior art keywords
travelling carriage
application
address
application server
sms message
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN200980147836.1A
Other languages
Chinese (zh)
Other versions
CN102227899A (en
Inventor
S·李
托德·撒恩伯格
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Sony Mobile Communications AB
Original Assignee
Sony Ericsson Mobile Communications AB
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Sony Ericsson Mobile Communications AB filed Critical Sony Ericsson Mobile Communications AB
Publication of CN102227899A publication Critical patent/CN102227899A/en
Application granted granted Critical
Publication of CN102227899B publication Critical patent/CN102227899B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
    • H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/04—Protocols specially adapted for terminals or networks with limited capabilities; specially adapted for terminal portability
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/06—Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services
    • H04W4/08—User group management
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/12—Messaging; Mailboxes; Announcements
    • H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]

Abstract

Disclose a kind of travelling carriage, application server and wireless communication system to distribute to provide the service related information of improvement.Application server provides service to the group comprising multiple travelling carriage, and wherein travelling carriage comprises the application with this service contextual.Application communication movable on the communication unit of application server and travelling carriage, and determining unit is determined to have another travelling carriage of inertia application and the address of this another travelling carriage is supplied to described travelling carriage.Described travelling carriage comprises Department of Communication Force to receive the address of this another travelling carriage, and described travelling carriage comprises SMS transceiver, and this SMS transceiver makes SMS message be addressed to this another travelling carriage, to start inactive application on this another travelling carriage.

Description

Travelling carriage and application server and the method for operation thereof of service are provided to travelling carriage
Technical field
The present invention relates to use in a communication network travelling carriage, for providing the application server of service and operating the method for travelling carriage and application server respectively, described travelling carriage comprises the application with service contextual.
Background technology
In the internet, there is multiple enabling determine the position of other users and be connected to the service of other users having the user at computer place that the Internet connects.Such as, the instant message client of such as ICQ and MSN courier provides cheap connection to other users, and these programs are usually at the running background of computer and once obtain new information just at Pop-up message window on screen.
Recently, more complicated service is recommended gives Internet user, these services also allow to share photo album or permission " wall (wall) " application, and wherein user can post photos or write message, other users in then giving same group by photo or news release.In all services like this, basic feature can be notified when shared resource is upgraded by other users.Such as, in the social networking website of such as Facebook, provide wall applications to each user or user's group, user can deliver photo, to make to belong to same group or other users associated can see this photo as friend.In addition, user can obtain the notice of the change on " wall ".
As long as application keep with the connection of the application server of service is provided thus allows server push to put up a notice, then inform the user change or renewal normally hold facile.Such as, in the internet, as long as user is connected to the special services of a website, application server just can upgrade the information of this website frequently, makes the user signing in his/her account often can receive renewal.
But reception notification and renewal needs make application keep running always.
Current, there is not the similar service and mechanism that can be used for mobile phone.That is, between one group of user, sharing information or photo are not easily realize.Such as Short Message Service (SMS) on mobile phone and the existing service of multimedia information service (MMS) can send information or photo to unique user, but do not obtain the support to the application server that the user in different groups and their particular demands and interest manage.
In addition, even if provide the application that can be connected to the application server providing special services on a cellular telephone, this application must be movable.Compared with the application run on computers, the application run on a cellular telephone does not run on the backstage of mobile phone regularly due to the restriction of such as memory and processor.
Therefore, if the group off-line of user, namely the application of their mobile phone is free of attachment to application server, then these users can not get notice, that is, be not provided lastest imformation.
Lastest imformation alternative means is provided to be send SMS from application server or from another user with lastest imformation to this user when applying the user to mobile phone when inertia but mobile phone are in open state.
But concerning user, sending information by SMS to a large amount of mobile phone may be expensive and complexity, especially because user does not know which mobile phone to provide this information to.That is, user not necessarily knows which other mobile phone belongs to same group or which other mobile phone has inactive application and can not receive information from application server.In addition, most information of such as photo or other content of multimedia cannot be provided by simple SMS message.
Summary of the invention
A kind of travelling carriage of improvement and application server are proposed and for operating their method.
One embodiment of the present invention provides a kind of travelling carriage used in a communication network, described communication network comprises the application server for providing service to the group comprising multiple travelling carriage in described communication network, and wherein said travelling carriage comprises the application with described service contextual.Described travelling carriage also comprises: Department of Communication Force, and it is suitable at least one address receiving at least one the second travelling carriage described group from described application server, in described second travelling carriage, is inactive with the application of described service contextual; With SMS transceiver, it is suitable for making SMS (Short Message Service) address messages at least one second travelling carriage described, applies with the described inertia of described service contextual to start at least one second travelling carriage described when described SMS message is received.
Therefore, by receiving SMS message at the second travelling carriage place, the inertia application on the second travelling carriage can be started, even if this can provide the reliable fashion that also can wake this application when inactive application of the second travelling carriage is closed up.
According to an advantageous example, described Department of Communication Force be suitable for via the packet switching network between described travelling carriage with described application server communicate receive at least one address described and service related information at least one.
According to another advantageous example, the described application be configured to described travelling carriage that communicates of the described packet switching network between described travelling carriage with described application server is connected to described application server.
According to another advantageous example, described SMS transceiver is suitable for receiving SMS message, the described application that described SMS message is configured to start described travelling carriage uses packet switching network to communicate to enable described travelling carriage and described application server, to obtain at least one at least one address described and described service related information from described application server.
According to another advantageous example, described Department of Communication Force is suitable for sending service related information to described application server.
According to another advantageous example, described Department of Communication Force is suitable for the multiple addresses receiving the travelling carriage described group from described application server, wherein in described multiple travelling carriage, is inactive with the application of described service contextual; And described travelling carriage also comprises selector, this selector is used for the address selecting the travelling carriage in described multiple travelling carriage from described multiple address; Wherein, the address of described selection preferably corresponds to the described address of described second travelling carriage.
According to another advantageous example, described SMS transceiver be suitable for described multiple address by comprising travelling carriage, do not have the SMS message of the address of described selection to be sent to described second travelling carriage.
According to another advantageous example, described Department of Communication Force is suitable at least two addresses from least the second travelling carriage described in described application server receives described group and one the 3rd travelling carriage, described application in described second travelling carriage and described 3rd travelling carriage is inactive, and described SMS transceiver be suitable for according to described at least two addresses make described SMS message be addressed to described at least the second travelling carriage and described 3rd travelling carriage, to start and the described application of described service contextual on described at least the second travelling carriage and described 3rd travelling carriage.
According to another advantageous example, described SMS message comprises the service related information by described application management server.
According to another advantageous example, described SMS message is SMS control message, and described SMS control message comprises the control information for starting described application when receiving described message.
According to another advantageous example, via packet switching network, described application can be connected to described application server to provide client-to-server communication.
According to another advantageous example, described travelling carriage also comprises controller, and described controller is suitable for determining whether the SMS message of described reception comprises control information and in the memory of described travelling carriage, load described application when there is control information to start described application.
According to another execution mode, provide a kind of for providing the application server of service in a communication network to the group comprising multiple travelling carriage.This application server comprises communication unit, this communication unit for the activity on the first travelling carriage in described group and with the application communication of described service contextual.In addition, described application server comprises: determining unit, and it, for determining at least one second travelling carriage from described group that comprises multiple travelling carriage, at least one second travelling carriage described, is inactive with the application of described service contextual; And providing unit, it provides at least one address of at least one the second travelling carriage described for using described communication unit to described first travelling carriage.
Therefore, the application that application server can be started on the second travelling carriage by the communication with the first travelling carriage, makes application server can not need such as just to contact directly the second travelling carriage by SMS.
According to another advantageous example, described communication unit is suitable for receiving service related information, and described providing unit is suitable for providing at least one address described in response to this.
According to another advantageous example, at least one in the distribution of the SMS message of the transmission between the described travelling carriage in the quantity of the SMS message that described determining unit is suitable for former activity time of the described application based on specific protocol, travelling carriage in described group, travelling carriage sent in the past and described group determines at least one second travelling carriage described.
According to another advantageous example, described communication unit is suitable for confirmation of receipt receives at least one address described confirmation at described first travelling carriage place, and described providing unit is suitable for utilizing described communication unit to provide at least one address described at least one second travelling carriage described to another travelling carriage when not receiving the confirmation.
Embodiment there is provided a kind of wireless communication system according to another, this wireless communication system comprises the travelling carriage of some feature had in above-mentioned travelling carriage feature and has the application server of some feature in above-mentioned application server feature.
Embodiment there is provided a kind of method operating travelling carriage in a communication network according to another, described communication network comprises the application server providing service to the group comprising multiple travelling carriage, and wherein each travelling carriage comprises the application with described service contextual.The method comprises: receive at least one address of at least one the second travelling carriage described group at the first travelling carriage place from described application server, in described second travelling carriage, is inactive with the application of described service contextual; With make SMS message be addressed at least one second travelling carriage described, apply with the described inertia of described service contextual to start at least one second travelling carriage described when receiving described SMS message.
Therefore, can determine to have the second travelling carriage of inertia application, and make SMS message be addressed to the second travelling carriage to apply to start inertia, make the second travelling carriage application can with application server communication.
According to another advantageous example, the method also comprises: via described first travelling carriage to communicate with the packet switching network between described application server receive at least one address described and service related information at least one.
According to another advantageous example, the method also comprises: use described packet switching network communication that the described application of described first travelling carriage is connected to described application server.
According to another advantageous example, the method also comprises: receive SMS message at described first travelling carriage place; With the SMS message in response to described reception, start the described application of described first travelling carriage.
According to another advantageous example, the method also comprises: when described second travelling carriage place receives described SMS message, starts the described application of at least one the second travelling carriage described.
According to another advantageous example, the method also comprises: the packet switching network performed between described application server with at least one travelling carriage in described first travelling carriage and described second travelling carriage communicates, described application is connected to described application server after the described application of startup; Service related information is received with by using described packet switching network to communicate with from described application server.
According to another advantageous example, the method also comprises: ask at least one in described application server transmission service related information or at least one address described.
According to another advantageous example, the method also comprises: at described first travelling carriage place from least two addresses of at least one second travelling carriage described in described application server receives described group and one the 3rd travelling carriage, and the method also comprises: send SMS message, until at least one SMS message is sent to all travelling carriage addresses received.
According to another advantageous example, described SMS message is SMS control message, and described SMS control message comprises the information for starting described application when receiving described message.
According to another advantageous example, via packet switching network, described application can be connected to described application server to provide client-to-server communication.
According to another advantageous example, start described application and comprise: determine whether the SMS message of described reception comprises control information, and in the memory of described first travelling carriage, load described application when there is control information.
Embodiment there is provided a kind of method of operational applications server according to another, described application server provides service to the group comprising multiple travelling carriage in communication network.The method comprises: with the activity on the first travelling carriage in described group and with the application communication of described service contextual; From described group that comprises multiple travelling carriage, determine at least one second travelling carriage, at least one second travelling carriage described, be inactive with the application of described service contextual; With by providing at least one address of at least one the second travelling carriage described to described first travelling carriage with described movable application communication.
Therefore, can provide a kind of method, wherein, application server just can start the application of the second travelling carriage without the need to contacting directly the second travelling carriage.
Embodiment there is provided a kind of method of operate wireless communication systems according to another, the method comprises: operate travelling carriage according at least some operation in the aforesaid operations of described travelling carriage; Operational applications server is carried out with according at least some operation in the aforesaid operations of described application server.
According to another execution mode, provide a kind of computer program, when in the program storage this computer program being loaded into processor or microcontroller, this computer program makes described processor or microcontroller perform at least one in said method.
Accompanying drawing explanation
Fig. 1 shows the parts of travelling carriage according to the embodiment of the present invention.
Fig. 2 shows the operation of the method for operation travelling carriage according to the embodiment of the present invention.
Fig. 3 shows the wireless communication system comprising application server and multiple travelling carriage according to particular implementation of the present invention, and the communication between independent travelling carriage and the communication separately between travelling carriage and application server are shown particularly.
Fig. 4 A shows the parts of the application server according to another execution mode of the present invention.
Fig. 4 B shows the operation of the method for the operational applications server according to another execution mode of the present invention.
Fig. 5 A and Fig. 5 B shows the operation of the variation of method shown in figure 2.
Fig. 6 shows the travelling carriage communicated with one another in a wireless communication system according to particular implementation of the present invention and application server.
Fig. 7 shows the wireless communication system describing different communication type in detail.
Embodiment
Describe the preferred embodiment of the present invention with reference to the accompanying drawings.Note, description below only comprises example and should not be interpreted as limiting the present invention.
Embodiments of the present invention relate generally to communication between travelling carriage in communication network and application server (wherein, application server provides service to the group comprising multiple travelling carriage), and relate to particularly for using in a communication network and comprising and the travelling carriage of the application of the service contextual of application server and the application server providing service in a communication network to the group comprising multiple travelling carriage.
In more detail, travelling carriage receives the address of another travelling carriage with inertia application, and Short Message Service (SMS) message is sent to this another travelling carriage to start inertia application.Inertia application in different mobile stations in application server determination communication network, and provide necessary address to correspondingly one or more travelling carriage with movable application.In brief, application server can trigger the first travelling carriage and wake an inactive application on the second travelling carriage up.
Will describe in detail below in concrete example, first travelling carriage can via GPRS and application server communication to send and to receive the information of the request comprised from this application server, so that SMS message is sent to the second travelling carriage, thus the application started on the second travelling carriage, make application server can also via the application communication of GPRS (GPRS) with the second travelling carriage.
Travelling carriage in context of the present disclosure can be the mobile phone or cell phone etc. of the communication standard supporting such as GSM, UMTS, AMPS etc.
Fig. 1 illustrates the parts of travelling carriage 100 according to an embodiment of the present invention, and these parts comprise Department of Communication Force 110 and SMS transceiver 120.
Travelling carriage 100 can use in the communication network of the communication network such as described with reference to Fig. 3 after a while, and this communication network comprises the application server for providing service to the group of the such as travelling carriage of mobile station MS 1 in figure 3, MS2, MS3, MS4, MS5 and MS6.In addition, travelling carriage 100 comprises the application with service contextual.
Such as, service can be " wall " application, in this application, can put up the message for the whole user of mobile station in a group.Specifically, service can be traffic information services, and the application of association can be that the business information of carrying out communicating with the service on application server is applied, and wherein, all users that have purchased this service can obtain the notice of the traffic congestion on a certain path.Thus, the information of relevant service blocking can upload to application server and have the movable each travelling carriage applied and can receive traffic congestion information.
The Department of Communication Force 110 of travelling carriage receives the address of another travelling carriage (after this will be called as the second travelling carriage) from application server.Second travelling carriage can belong to identical group and comprise to be applied with the inertia of service contextual.
Such as, the application of travelling carriage can be connected to application server, to provide client-to-server communication via packet switching network.In order to communicate and be established to the connection of application server, application must just be in operation, and address can be received by Department of Communication Force 110 via packet switching network.
Clearly, this concept is not limited to the address only receiving the second travelling carriage, but also can receive two addresses of two travelling carriages or multiple addresses of multiple travelling carriage that comprise in the group of multiple travelling carriage at travelling carriage place.Such as, address can be provided in lists, and then receive this list at Department of Communication Force 110 place.It is also possible that because can mark or the address with the travelling carriage of inertia application in outstanding list to separate with the address area with movable travelling carriage apply, therefore list not only comprises the address with the travelling carriage that inertia is applied.
Inertia application can be the current application do not run, and thus this application is free of attachment to application server.In addition, inertia application is not from the service related information of application server request such as traffic congestion information or address.
SMS transceiver 120 makes SMS (Short Message Service) address messages to the second travelling carriage, applies with the inertia of service contextual to start on the second travelling carriage when receiving this SMS message.
The Short Message Service sent SMS message is generally known in the art, and thus only makes an explanation briefly.Conventionally, the user of travelling carriage sends SMS message to the mobile switching centre (MSC:MobileSwitchingCenter) of service or the GPRS Support Node (SGSN:GPRSSupportNode) of service by eating dishes without rice or wine, and short message is then forwarded to SMS service center (SMSC:ShortMessageServiceCenter).Short message comprises the text of some forms and the destination-address of receiving mobile.According to this address, SMSC is by MSC or SGSN of short message to the travelling carriage received, MSC or SGSN of the travelling carriage of reception is then by the travelling carriage of this short message to reception.
Therefore, in a simple situation, SMS transceiver sends SMS message via the network comprising SMSC to the second travelling carriage.But the flow process of above-described short message relates to GSM network, other networks differently processing short message can be there are.It is possible that, SMS transceiver sends for generating essential information (such as text or destination-address) necessary short message or SMS message, these essential informations then by such as SMSC to be converted in a network in GSM context the SMS message understood.For simplicity, be assumed to GSM or GPRS network, make the language according to these Web vector graphic, SMS transceiver can send SMS message to another travelling carriage.
In a particular implementation, SMS message can be SMS control message, and SMS control message comprises the control information for starting application when receiving message.Such as, SMS message containing the code serving as control information when being received by the second travelling carriage, can trigger and being carried in the memory (as RAM) of travelling carriage the inertia application in the second travelling carriage to perform this application by the CPU of travelling carriage.
Below, with reference to Fig. 2, operation at the bottom of travelling carriage is described.Fig. 2 illustrates the flow chart of the operation of the method for operating travelling carriage (such as, the travelling carriage 100 of Fig. 1).
As mentioned above, travelling carriage (in this travelling carriage executable operations) can be arranged in the communication network comprising the application server providing service to the group comprising multiple travelling carriage.Each travelling carriage in this group comprises the application with service contextual, but, some application can be movable, and some application can be inactive, application server is made successfully to utilize client-to-server communication to communicate with whole travelling carriage via such as packet switching network.
In operation 220, the first travelling carriage (can be above-mentioned travelling carriage 100 or after a while with reference to the mobile station MS 1 that Fig. 3 describes) receives the address of the second travelling carriage from application server, the application in this second travelling carriage is inactive.Such as, the first travelling carriage comprises to be applied with the activity of the service contextual provided by application server, thus enables this application be connected to application server.In detail, Department of Communication Force 110 can communicate with via the packet switching network between travelling carriage with application server receiver address.
Then, after the first travelling carriage place receives address, as shown in operation 240, the first travelling carriage makes SMS message be addressed to the second travelling carriage, to start the inertia application of the second travelling carriage.
In a simple examples, in gsm networks, such as SMS message can be generated by SMS transceiver 120 in the first travelling carriage, and then SMS message is sent to network, that is, be sent to MSC and be then sent to SMSC to be forwarded to second travelling carriage that may be arranged in heterogeneous networks respectively via same or another MSC.
Therefore, compared with the communication between the travelling carriage performed via SMS message, be connected to application server to perform preferably by the activity of travelling carriage is applied with the communication of application server, such as, Department of Communication Force 110 is via preferably IP-based packet switching network communication and application server communication.
In other words, the application that can be configured to travelling carriage that communicates of packet switching network between travelling carriage with application server is connected to application server, and movable application can via the client-to-server communication of packet switching network (such as via GPRS) foundation and application server thus.
Be understood that, Department of Communication Force 110 can also receive an address more than the second travelling carriage, such as, two or three addresses of the second travelling carriage, the 3rd travelling carriage and the 4th travelling carriage with inertia application can be received, and in response to receiving this address or these addresses, SMS transceiver 120 makes one or more SMS message be addressed to different travelling carriages to start their inertia application.
Fig. 3 shows the parts of wireless communication system, in a wireless communication system, can use above-mentioned travelling carriage 100.In detail, the wireless communication system of Fig. 3 comprises application server 310 and multiple mobile station MS 1 to MS6.
In the execution mode described with reference to Fig. 3, application server 310 provides service to mobile station MS 1 to MS6.All mobile station MS 1 to MS6 comprise the application with the service contextual of application server, and thus constitute the group comprising multiple travelling carriage having a special services in a communication network.Such as, service can be associated with the shared resource of the information desired by all users providing mobile station MS 1 to MS6.Shared resource can be photo album as above or wall applications, or can provide the information about service conditions etc.
As mentioned above, each travelling carriage in this group comprises an application, and this application can be movable or inactive.The travelling carriage with inertia application can not receive information or solicited message from application server.
In figure 3, the travelling carriage with inertia application is represented by hachure, that is, suppose that MS2, MS4 and MS5 have inertia application.Therefore, the current communication do not existed between these travelling carriage and application servers.In detail, application server can not provide renewal about shared resource to MS2, MS4 and MS5, such as, when the fresh information for other users in this group puted up by the travelling carriage (as MS1) with movable application on the shared resource 315 of application server 310.
The 26S Proteasome Structure and Function of application server 310 is described in detail now with reference to Fig. 4 A and Fig. 4 B.
Fig. 4 A shows the parts of application server 410, and this application server 410 can be identical with the application server 310 of Fig. 3.This application server 410 comprises communication unit 420, determining unit 430 and providing unit 440.
In order to the communication realized with have a movable travelling carriage applied, provide and apply with the activity on travelling carriage (mobile station MS 1 as Fig. 3) communication unit 420 carrying out communicating, this corresponds to the operation 460 of Fig. 4 B.
In addition, in the operation 470 of Fig. 4 B, determine the second travelling carriage in the group comprising multiple travelling carriage, the application in this second travelling carriage is inactive.Such as in figure 3, the determining unit 430 of application server 310,410 can determine mobile station MS 2, MS4 and MS5 has inertia application, this is such as because the client-to-server communication via packet switching network etc. is not set up, or just owing to attempting to get in touch with these travelling carriages with the application server of these mobile communications.
Application server 310,410 can store the address of this group travelling carriage to determine the appropriate address of the travelling carriage with inertia application in internal storage.Such address can be any one for identifying in the unique mobile station identifier of travelling carriage, user's integrated service digital network number relevant with the telephone number of the SIM card in Mobile or cellular telephone in the network of such as MSISDN.
Then, in operation 480, the address with (e.g., the second mobile station MS 2) in the travelling carriage of inertia application can be supplied to the first travelling carriage by the providing unit 440 of application server.
Below, Fig. 3 will be referred again to describe the mutual details between travelling carriage and application server 310.
In figure 3, the Department of Communication Force 110 of mobile station MS 1 sends service related information 320 to application server.Preferably, this communicates via the packet switching network between mobile station MS 1 with application server 310 and performs.Service related information 320 can be the text that will be posted within shared resource.Such as, in figure 3, text can comprise the information for all travelling carriages in this group, as the invitation of " tomorrow morning at 10 clock meeting " in Fig. 3.It is clear that the mobile station MS 2 do not communicated with application server 310, MS4 and MS5 do not receive this invitation, thus the user of these travelling carriages can not go to fulfill an appointment in time.
Alternatively, if can send information by SMS, then the SMS transceiver of MS1 can send SMS message to application server, and this SMS message comprises service related information 320, as the invitation of " tomorrow morning at 10 clock meeting ".
Therefore, the application that can activate or start mobile station MS 2, MS4 and MS5 is wished.In other words, even if wish also can to wake up when the application of travelling carriage is closed these application, this can by by pushing away-SMS message is sent to and carries out with the port of the travelling carriage of association.
But, it may be expensive and complicated for sending SMS message to all travelling carriages with inertia application, if this is owing to must send all SMS message by mobile station MS 1 or application server 310, then need the transmission distributing SMS message between other travelling carriages in this set, that is, in user's group, the load and expense that wake not online travelling carriage up are distributed.
Therefore, after having issued service related information 320 from the user of MS1 to application server, the determining unit 430 of application server 310,410 determines that the application of mobile station MS 2 is inactive, and such as utilize communication unit to provide the address 330 of mobile station MS 2 to mobile station MS 1, as shown in Figure 3.
Such as, the communication unit of application server 310 can be suitable for receiving service related information, and providing unit can be suitable for utilizing the communication unit communicated with mobile station MS 1 to provide address in response to this.
Subsequently, mobile station MS 1 Department of Communication Force 110 receiver address and SMS transceiver makes a SMS message be addressed to mobile station MS 2.Such as, SMS transceiver generates SMS message or generates can be that SMS message is to be then forwarded to the short message information of other kinds of mobile station MS 2 by the SMSC of network or other cell translation.
In figure 3, the SMS message being sent to mobile station MS 2 from mobile station MS 1 is called as SMS1.Although Fig. 3 illustrates that SMS1 is directly sent to mobile station MS 2 from mobile station MS 1, but this is only for illustrative purposes, technical staff will understand, and conventionally, SMS message is sent to mobile station MS 2 via the network of such as one or more public land mobile network (PLMN).
Once receive SMS1 (such as by the SMS transceiver of mobile station MS 2) at mobile station MS 2 place, just start the inertia application of mobile station MS 2.Therefore, mobile station MS 2 can have the configuration identical with mobile station MS 1, that is, with reference to the configuration of the travelling carriage 100 of Fig. 1 description before.
In detail, the SMS transceivers SMS1 of MS2, SMS1 can be configured to start the application of mobile station MS 2, packet switching network can be used to communicate obtain service related information with application server to make mobile station MS 2 or have another travelling carriage that inertia apply address or above both.Therefore, the Department of Communication Force of mobile station MS 2 can have the ability (such as, obtaining service related information from application server) of to carry out packet switching network with application server and communicating, and the SMS transceiver of mobile station MS 2 can have SMS receiving ability.
Summarize the aforesaid operations at mobile station MS 2 place in fig. 5.
In operation 550 (can perform after operation as shown in Figure 1), the application of the second mobile station MS 2 is activated, and in operation 560, performs the second mobile station MS 2 and communicate with the packet switching network between application server 310.Then, travelling carriage can to application server request service relevant information, there is the address of a travelling carriage of inertia application or above both.Subsequently, can receive service related information or address from application server, this is shown as optional operation 570 in fig. 5.
The travelling carriage of such as MS1 or MS2 can also comprise controller to determine whether the SMS message received comprises control information.As mentioned above, SMS message can be SMS control message, and SMS control message comprises the control information for starting application when receiving this message.In detail, in the example described with reference to Fig. 3, the application of mobile station MS 2 can be loaded into the memory of MS2 by the controller of mobile station MS 2 after control information being detected, makes the processor of this travelling carriage or microcontroller can perform this application.
Upon activation of the application of mobile station MS 2, application and application server can such as utilize packet switching network to communicate to connect, that is, the communication unit of application server communicates with the Department of Communication Force of travelling carriage.Then, communicate with the packet switching network between application server via mobile station MS 2, service related information 325 (information of such as, before being puted up by mobile station MS 1) can be received.
In addition, the Department of Communication Force of mobile station MS 2 also can receive the address 335 that instruction has another travelling carriage of inertia application.
With similar above, application server 310, particularly determining unit 430 can determine another travelling carriage (as mobile station MS 4), in this travelling carriage, are inactive with the application of service contextual.
The determining unit 430 of application server 310,410 can such as determine to have the travelling carriage of the inertia application that next will start based on consideration below, that is, which address is sent to the travelling carriage (as MS1) with movable application.
Such as, can follow a specific agreement, according to this agreement, the first travelling carriage (as MS1) must wake up or start the inertia application of the travelling carriage (as MS2) with Subsequent number or next higher number, and after the application starting MS2, SMS2 is sent to MS4.That is, the address 335 being supplied to mobile station MS 2 by application server 310 can be the address of MS4, makes it possible to obtain the SMS message chain according to this specific protocol.
In addition, can also based on the time movable in the past to the determination of the travelling carriage with the inertia application that next will start.Such as, the user of the travelling carriage that application is once movable for a long time may pay attention to more to service in the past, and therefore it may first notice obtained about the renewal in service related information.In another example, the quantity of the SMS message sent by travelling carriage before can calculating, if only send a few SMS message before a travelling carriage, then the user of this travelling carriage also should share the expense of this group.In like manner, when determining to have the next travelling carriage of the inertia application that will start (namely, be sent to the address of this next travelling carriage of travelling carriage) with trigger send SMS message to next travelling carriage time, it is also conceivable to the distribution of the SMS message sent between this group travelling carriage.
Such as, as mentioned above, the address 330 being sent to mobile station MS 1 in Fig. 3 is addresses of mobile station MS 2, once the application in mobile station MS 2 is activated, mobile station MS 2 just can receive the address of service related information 325 and the next travelling carriage as mobile station MS 4, and another SMS message SMS2 is sent to MS4 to start the application of mobile station MS 4 by MS2.
About the similar consideration determined also may be used for determining to have the movable travelling carriage (address is sent to this travelling carriage by from application server) applied, that is, MS1, MS3 and MS6.Such as, the travelling carriage with movable application determining receiver address be may be used for the balance check of the SMS message sent in the past and distribution etc., make it possible to the load on distribution system coequally.Below by the particular example of detailed description, mobile station MS 6 can be confirmed as sending SMS message to MS5, but the MS4 being in the position of the chain of Fig. 3 then must not send SMS message to MS5.
As mentioned above, application server 310 can be determined and dynamically calculate the route of SMS message, makes all inertia application on the travelling carriage in this group can be activated and thus receive the service related information of needs.
As previously mentioned, mobile station MS 3 and MS6 comprise movable application and thus can communicate with application server 310 as indicated by the arrow in Fig. 3.Therefore, mobile station MS 3 and MS6 can also be used as the relay station of certain type to start the inertia application of other travelling carriages.
Such as, as shown in Figure 3, mobile station MS 6 can the address of receiving mobile MS5, and this is similar to discussion above, and mobile station MS 6 can send SMS3 to start the application of mobile station MS 5 to mobile station MS 5.Alternatively, as indicated by the dashed arrow, after the application being started MS4 by SMS2, MS4 sends SMS message to mobile station MS 5, and this is also possible.Select which travelling carriage can be based on above-mentioned such as, about there is the similar consideration of travelling carriage that the inertia that next will start applies, that is, specific agreement etc.
In addition, even if the travelling carriage that may occur having movable application receives address but this travelling carriage is also prevented from sending the situation of SMS message.Therefore, application server must provide the redundancy of certain type not interrupt SMS message chain.Such as, the travelling carriage of receiver address can be emitted in the confirmation of receipt that this travelling carriage place receives address, can be received after this confirmation of receipt by communication unit 420, and if needed, also sends SMS message to this address.
In addition, if such as do not received the confirmation within the predetermined period, then providing unit 440 can utilize described communication unit to provide the address of the travelling carriage with inertia application to another travelling carriage.In order to realize such function, providing unit can be equipped with timer to follow the tracks of the period in past after providing address to a travelling carriage, and after not being confirmed, is resending address through the specific period.Such as, if application server 310 does not receive the confirmation from MS6, then application server thinks that SMS3 is not sent out, and can require that mobile station MS 4 sends SMS to mobile station MS 5.
Suppose that the application of mobile station MS 1 is movable above.But if the application of mobile station MS 1 is inactive, then the same concept illustrated with reference to the second mobile station MS 2 also can be applied to mobile station MS 1.That is, mobile station MS 1 can receive SMS message to start its application as shown in the operation 515 of Fig. 5 B in response to the SMS message received as shown in the operation 510 of Fig. 5 B.Once the application of mobile station MS 1 is activated and is movable, this application just can be connected to application server with as described above such as via packet switching network to provide client-to-server communication.Subsequently, the operation shown in Fig. 1 can be performed.
In figure 3, described and once sent an address to a travelling carriage before.But, be appreciated that and also can once send two or more addresses.
Such as, the Department of Communication Force of mobile station MS 1 can receive two addresses of the second mobile station MS 2 and the 3rd travelling carriage (as MS4) from application server.Therefore, SMS transceiver can make one in two SMS message to be addressed to the second travelling carriage according to these two addresses and one is addressed to the 3rd travelling carriage, and the application on the second travelling carriage and the 3rd travelling carriage can roughly side by side be started.Therefore, due to the inverted pyramid scheme described in more detail below with reference to Fig. 6, the speed of all travelling carriages notified in this group will be accelerated.
In another particular implementation, multiple address can send from application server and be received by the Department of Communication Force of the travelling carriage with movable application.Assuming that this multiple address belongs to multiple travelling carriages with inertia application.
As the alternative arrangement sending multiple SMS message to multiple address, travelling carriage can be provided with the selector (not shown) of the address for selecting a travelling carriage from multiple address.Subsequently, the SMS transceiver of travelling carriage can send SMS message to the travelling carriage with selected address.(namely SMS transceiver can will not comprise multiple addresses of selected address, multiple address deducts an address (namely deducting selected address) together with SMS message (such as, in same SMS message, or in second SMS message of association) send to the travelling carriage with selected address.As mentioned above, these addresses can also be provided by the form of list, make it possible to address list to be sent to travelling carriage.
In the case, the travelling carriage with selected address does not need to seek advice from the address that application server obtains the next travelling carriage with the application that next must start.That is, in the case, the travelling carriage with selected address has been provided the address of other travelling carriages with inertia application, makes it can send SMS message directly to one or more address in multiple address.
Specifically, first travelling carriage at least can receive two addresses of the second travelling carriage this group and the 3rd travelling carriage from application server, and then send SMS message, until at least one SMS message is sent to all travelling carriage addresses received.
Below, with reference to Fig. 6 description wireless communication system according to another implementation of the invention, this wireless communication system comprises travelling carriage and application server.
Travelling carriage shown in Fig. 6 performs information receiving and transmitting according to inverted pyramid scheme as described above.Application server 610 can be the open server similar with application server 410 and 310, and it allows third-party application to insert their function.As mentioned above, third-party application can be wall applications, photo album etc., and is not limited thereto.Such as, should be used for describing Fig. 6 with reference to business information.
Such as, the user of mobile station MS 1 to MS7 forms the group of the service conditions paying close attention to a certain high speed channel.Here, mobile station MS 1 can send business information 620 with the form of SMS message to application server 610 by SMS transceiver, or uses the packet switching network communication as GPRS to be sent as packets of data by Department of Communication Force.
In response to the service related information 620 received as business information, application server 610 can notify other travelling carriages paying close attention to this information.Such as, application server 610 can provide to mobile station MS 1 and belong to same two addresses about the mobile station MS of two in the group of traffic information services 2 and MS3, make mobile station MS 1 can send two SMS message to start their application respectively to mobile station MS 2 and MS3, that is, enable MS2 and MS3 ask from application server 610 and/or obtain at least one both service related information and one or more address.
In the particular example of Fig. 6, the application that the Department of Communication Force of mobile station MS 1 receives in two addresses 630, second mobile station MS 2 of the second travelling carriage and the 3rd mobile station MS 2 and MS3 and the 3rd mobile station MS 3 is inactive.Then, the SMS transceiver of mobile station MS 1 makes SMS message SMS1 be addressed to the second mobile station MS 2 according to these two addresses, and makes SMS message SMS2 be addressed to the 3rd mobile station MS 3, to start the application on the second travelling carriage and the 3rd travelling carriage.
Once application is activated, they can be connected to application server with receives service related information with should be notified the address of other travelling carriages.Alternatively, it is possible that service related information can be included in SMS message itself.
By discussion above, if it is clear that mobile station MS 2 and MS3 have comprised the activity application that directly can obtain service related information from application server, then optional from two SMS message SMS1 and SMS2 that mobile station MS 1 sends.
By such or such mode, the activity application of mobile station MS 2 and MS3 then can such as utilize packet switching network to be communicatively connected to application server, to obtain the address of two other travelling carriages respectively, as MS4 and MS5 and MS6 and MS7.
Subsequently, mobile station MS 2 can send two SMS message SMS3 and SMS4 respectively to mobile station MS 4 and mobile station MS 5, and mobile station MS 3 can send two SMS message SMS5 and SMS6 respectively to mobile station MS 6 and mobile station MS 7.To similar with the discussion of MS3 to mobile station MS 2 above, the application of mobile station MS 4, MS5, MS6 and MS7 then can be connected to application server to receive both address or more of service related information, other concerned travelling carriages.Representatively illustrate mobile station MS 7 and receive service related information 625 and address 635.
No matter the first two SMS message SMS1 and SMS2 is sent to MS2 and MS3 from mobile station MS 1 or is directly equally possibly sent to MS2 and MS3 from application server 610, chain with the notice sending the new service related information as business information to multiple travelling carriage rapidly all by Trigger message.
According to this inverted pyramid scheme, receive the expense that the expense involved by business information upgraded is two SMS message substantially.In addition, as the excitation user of the first mobile station MS 1 being sent to business information, this expense can be allowed to be decided by the supplier of application server.Therefore, to the user of receives information travelling carriage, the program can think that all situations overbalancing the expense of transmission two SMS message of service is all effective.
It is clear that the program is applicable to numerous service, and be not limited to transmission two SMS message, on the contrary, three or more message are also possible.In addition, in a first step, can also send two SMS message and then two receiving mobiles send three SMS message separately.Thus, " Citizen Journalism (citizenjournalism) " because the user of travelling carriage presides over report, can be made closer to actual user simultaneously.
Utilize the techniques available such as the client application in such as Java, Symbian, and use the SMS port selected at travelling carriage place, can realization be completed.The program only depends on end users cell function under the best circumstances, and makes the participation of Virtual network operator reduce to minimum.In addition, application server as application server 610 can be that application is irrelevant completely, and allow third party developer to access, to provide the various services of will be shared by multiple user, the service related information wherein often upgraded is preserved by application server and manages.
Below, the specific implementation example of wireless communication system is shown with reference to Fig. 7 discussion.
In the figure 7, application server 710 and public land mobile network (PLMN) and two mobile station MSs 1 and MS2 is shown.PLMN comprises GSM and/or GPRS and to communicate required all key elements, such as one or more MSC, visitor location register (VLR:VistingLocationRegister), SGSN and SMSC etc.Fig. 7 specifically illustrates the difference of the communication between communication between travelling carriage to travelling carriage and travelling carriage to application server.
For the communication of travelling carriage to travelling carriage, preferably use transmission and the reception of SMS message in the above-described embodiment, and for the communication of travelling carriage to application server, preferably use such as IP-based packet switching network communication.In packet switching network communication, the application of travelling carriage (as MS1) can be connected to application server 710, and can set up the data flow in both direction.Such as, as the travelling carriage to GSM standard user can towards grouping mobile data service GPRS in, send grouping in the two directions.But execution mode is not limited to GPRS communication or the packet switching communication of other types, but preferably, application server is connected to travelling carriage and travelling carriage can information in access application server.
Therefore, in order to the distribution of service related information improved, travelling carriage, application server and wireless communication system can be provided.
In superincumbent description, it should be understood that, the SMS transceiver of the determining unit of such as application server and providing unit or travelling carriage or controller can realize primarily of the microprocessor in application server or travelling carriage or integrated circuit respectively, and they be not limited to above described in.
Such as, these parts can be realized by the hardware configuration of such as hard-wired circuit or ASIC (application-specific integrated circuit (ASIC)) or software or any appropriately combined of them.Such as determining unit and providing unit and their function can be in a unit integrated together with certain controller, and wherein their function can be implemented as software program.Therefore, the word " unit " in above-mentioned execution mode should not be interpreted as the discrete tangible part independent parts being constrained to application server, but is construed as a kind of functional entity.
In addition, multiple functions of application server can be contained in a control unit, and this control unit comprises or is connected to the memory of such as RAM, ROM, hard disk, (E) EPROM, disk, flash memory etc.The program code stored in memory can be comprise being suitable for making the processor in control unit perform the program of the instruction of the operation of above-mentioned application server.
In like manner, the function of the function of the SMS transceiver of such as travelling carriage, selector or controller can also be provided by the control unit of travelling carriage, and this control unit can comprise or be connected to as a kind of memory in above-mentioned memory.The program code stored in memory can be comprise being suitable for making the processor in control unit perform the program of the instruction of the operation of above-mentioned travelling carriage.
In other words, the processor comprising control unit that is that be suitable for making such as application server or travelling carriage can be provided to perform the program of the instruction of the combination of aforesaid operations.
And, the computer-readable medium wherein comprising program can be provided.Computer-readable medium can be tangible (as disk or other data medium), or computer-readable medium can be invisible (being made up of the signal of the transmission being suitable for electronics, light or any other type).Computer program can comprise computer-readable medium, and when computer program being loaded into the program storage of computer, processor or microcontroller make processor or microcontroller perform aforesaid operations.
As mentioned above, embodiments of the present invention and example allow to one or more travelling carriage notification service relevant information, and do not rely on the single source as sender.Therefore, the present invention can provide simple scheme to control notice, with distribution load and expense in a communications system.
Will be appreciated that when not departing from scope and spirit of the present invention, various modifications and variations can be made in travelling carriage described in the invention, application server and wireless communication system and in this structure of the present invention.Contact and be all intended to illustrative instead of restrictive particular implementation in all respects and example describes the present invention.It will be understood by those skilled in the art that many various combinations of hardware, software and firmware will be suitable for practice of the present invention.
And by the thinking to specification disclosed herein with to practice of the present invention, other realizations of the present invention will be obvious for those skilled in the art.It is to be noted, specification and example should only be regarded as exemplary.For this reason, it being understood that the aspect of invention is not all features of single disclosed realization or structure above.Thus, true scope of the present invention and spirit are indicated by claim below.

Claims (26)

1. the travelling carriage used within a wireless communication network, described cordless communication network comprises the application server for providing service to the group comprising multiple travelling carriage in described cordless communication network, described travelling carriage comprises the application with described service contextual, and described travelling carriage also comprises:
Department of Communication Force, it is suitable at least one address receiving at least one the second travelling carriage described group via described cordless communication network from described application server, in described second travelling carriage, inactive with the application of described service contextual, at least one second travelling carriage described thus in cordless communication network described at least one address designation described; With
SMS transceiver, it is suitable for sending SMS message service SMS message at least one second travelling carriage described in corresponding with at least one address described via described cordless communication network, start when receiving described SMS message to make at least one second travelling carriage described and apply with the described inertia of described service contextual
Wherein, described SMS message is SMS control message, and described SMS control message comprises the control information for starting described application when receiving described message;
Wherein, described Department of Communication Force is suitable for the multiple addresses receiving the multiple travelling carriages described group from described application server, in described multiple travelling carriage, is inactive with the application of described service contextual; And described travelling carriage also comprises:
Selector, it for selecting the address of the travelling carriage in described multiple travelling carriage from described multiple address;
Wherein, selected address corresponds to the described address of described second travelling carriage;
Described SMS transceiver be suitable for making to comprise described multiple address of travelling carriage, do not have the SMS message of selected address to be sent to described second travelling carriage.
2. travelling carriage according to claim 1, wherein
Described Department of Communication Force be suitable for via the packet switching network between described travelling carriage with described application server communicate receive at least one address described and service related information at least one.
3. travelling carriage according to claim 2, wherein
The described application be configured to described travelling carriage that communicates of described packet switching network between described travelling carriage with described application server is connected to described application server.
4. travelling carriage according to claim 2, wherein
Described SMS transceiver is suitable for receiving SMS message, the described application that described SMS message is configured to start described travelling carriage uses packet switching network to communicate to enable described travelling carriage and described application server, to obtain at least one at least one address described and described service related information from described application server.
5. travelling carriage according to claim 1, wherein
Described Department of Communication Force is suitable for sending service related information to described application server.
6. travelling carriage according to claim 1, wherein
Described Department of Communication Force is suitable at least two addresses from least the second travelling carriage described in described application server receives described group and one the 3rd travelling carriage, and the application in described second travelling carriage and described 3rd travelling carriage is inactive; And
Described SMS transceiver be suitable for according to described at least two addresses make described SMS message be addressed to described at least the second travelling carriage and described 3rd travelling carriage, to start and the described application of described service contextual on described at least the second travelling carriage and described 3rd travelling carriage.
7. travelling carriage according to claim 1, wherein
Described SMS message comprises the service related information by described application management server.
8. travelling carriage according to claim 1, wherein
Via packet switching network, described application can be connected to described application server to provide client-to-server communication.
9. travelling carriage according to claim 4, this travelling carriage also comprises:
Controller, it is suitable for determining whether the SMS message of described reception comprises control information, and if there is control information, then described controller loads described application to start described application in the memory of described travelling carriage.
10., for providing an application server for service within a wireless communication network to the group comprising multiple travelling carriage, described application server comprises:
Communication unit, its for via the activity on the first travelling carriage in described cordless communication network and described group and with the application communication of described service contextual;
Determining unit, it, for determining at least one second travelling carriage from described group that comprises multiple travelling carriage, at least one second travelling carriage described, is inactive with the application of described service contextual; And
Providing unit, it provides at least one address of at least one the second travelling carriage described for utilizing described communication unit to described first travelling carriage, at least one second travelling carriage described thus in cordless communication network described at least one address designation described; Wherein
Described communication unit is suitable for multiple addresses of transmitting the multiple travelling carriages in described group to the described application on described first travelling carriage, in described multiple travelling carriage, is inactive with the application of described service contextual; And the address that wherein said first mobile station in selecting is corresponding with the address of a travelling carriage in the described multiple travelling carriage in described group, selected address corresponds to the described address of described second travelling carriage; Described first travelling carriage be suitable for making to comprise described multiple address of travelling carriage, do not have the SMS message of selected address to be sent to described second travelling carriage.
11. application servers according to claim 10, wherein
Described communication unit is suitable for receiving service related information, and described providing unit is suitable for providing at least one address described in response to this.
12. application servers according to claim 10, wherein
At least one in the distribution of the SMS message of the transmission between the travelling carriage in the quantity of the SMS message that described determining unit is suitable for former activity time of the application based on specific protocol, travelling carriage in described group, travelling carriage sent in the past and described group determines at least one second travelling carriage described.
13. application servers according to claim 10, wherein
Described communication unit is suitable for confirmation of receipt receives at least one address described confirmation at described first travelling carriage place; And
Described providing unit is suitable for utilizing described communication unit to provide at least one address described at least one second travelling carriage described to another travelling carriage when not receiving the confirmation.
14. 1 kinds of wireless communication systems, this wireless communication system comprises:
Travelling carriage according to any one of claim 1 to 9; With
According to claim 10 to the application server according to any one of 13.
15. 1 kinds of methods operating travelling carriage within a wireless communication network, described cordless communication network comprises the application server providing service to the group comprising multiple travelling carriage, and each travelling carriage comprises the application with described service contextual, and described method comprises:
Receive at least one address of at least one the second travelling carriage described group from described application server via described cordless communication network at the first travelling carriage place, in described second travelling carriage, inactive with the application of described service contextual, at least one second travelling carriage described thus in cordless communication network described at least one address designation described;
To send SMS message service SMS message at least one second travelling carriage described in corresponding with at least one address described via described cordless communication network, start when receiving described SMS message to make at least one second travelling carriage described and apply with the described inertia of described service contextual
Wherein, described SMS message is SMS control message, and described SMS control message comprises the information for starting described application when receiving described message;
Described first travelling carriage is suitable for the multiple addresses receiving the multiple travelling carriages described group from described application server, in described multiple travelling carriage, is inactive with the application of described service contextual; And the address of the travelling carriage in described multiple travelling carriage also selected by described first travelling carriage from described multiple address;
Wherein, selected address corresponds to the described address of described second travelling carriage;
Described first travelling carriage be suitable for making to comprise described multiple address of travelling carriage, do not have the SMS message of selected address to be sent to described second travelling carriage.
16. methods according to claim 15, the method also comprises:
Communicate with the packet switching network between described application server via described first travelling carriage, receive at least one at least one address described and service related information.
17. methods according to claim 16, the method also comprises:
Utilize described packet switching network communication that the described application of described first travelling carriage is connected to described application server.
18. methods according to claim 15, the method also comprises:
SMS message is received at described first travelling carriage place; With
In response to the SMS message of described reception, start the described application of described first travelling carriage.
19. methods according to claim 15, the method also comprises:
When described second travelling carriage place receives described SMS message, start the described application of at least one the second travelling carriage described.
20. methods according to claim 15, the method also comprises:
The packet switching network performed between described application server with at least one travelling carriage in described first travelling carriage and described second travelling carriage communicates, described application is connected to described application server after the described application of startup; With
By utilizing described packet switching network communication, receive service related information from described application server.
21. methods according to claim 15, the method also comprises:
Ask at least one in described application server transmission service related information or at least one address described.
22. methods according to claim 15, the method also comprises:
At described first travelling carriage place from least two addresses of at least one second travelling carriage described in described application server receives described group and one the 3rd travelling carriage; And described method also comprises:
SMS message is sent out, until at least one SMS message is sent to all travelling carriage addresses received.
23. methods according to claim 15, wherein
Via packet switching network, described application can be connected to described application server to provide client-to-server communication.
24. methods according to claim 18, wherein
Start described application to comprise: determine whether the SMS message of described reception comprises control information; And if there is control information, in the memory of described first travelling carriage, load described application.
The method of 25. 1 kinds of operational applications servers, described application server provides service to the group comprising multiple travelling carriage in cordless communication network, and described method comprises:
Via the activity on the first travelling carriage in described cordless communication network and described group and with the application communication of described service contextual;
Determining at least one second travelling carriage from described group that comprises multiple travelling carriage, at least one second travelling carriage described, is inactive with the application of described service contextual; And
By via described cordless communication network and described movable application communication, at least one address of at least one the second travelling carriage described is provided, at least one second travelling carriage described thus in cordless communication network described at least one address designation described to described first travelling carriage; Wherein
Transmitting multiple addresses of the multiple travelling carriages in described group to the described application on described first travelling carriage, in described multiple travelling carriage, is inactive with the application of described service contextual; The address that wherein said first mobile station in selecting is corresponding with the address of a travelling carriage in the described multiple travelling carriage in described group, selected address corresponds to the described address of described second travelling carriage; Described first travelling carriage be suitable for making to comprise described multiple address of travelling carriage, do not have the SMS message of selected address to be sent to described second travelling carriage.
The method of 26. 1 kinds of operate wireless communication systems, the method comprises: according to claim 15 to any one in 24 to operate travelling carriage; Operational applications server is carried out with according to claim 25.
CN200980147836.1A 2008-12-01 2009-05-22 Travelling carriage and application server and the method for operation thereof of service are provided to travelling carriage Expired - Fee Related CN102227899B (en)

Applications Claiming Priority (3)

Application Number Priority Date Filing Date Title
US12/325,674 US8170589B2 (en) 2008-12-01 2008-12-01 Mobile station and application server for providing a service to the mobile station and operation methods for the same
US12/325,674 2008-12-01
PCT/EP2009/056224 WO2010063497A1 (en) 2008-12-01 2009-05-22 Mobile station and application server for providing a service to the mobile station and operation methods for the same

Publications (2)

Publication Number Publication Date
CN102227899A CN102227899A (en) 2011-10-26
CN102227899B true CN102227899B (en) 2016-03-09

Family

ID=41110415

Family Applications (1)

Application Number Title Priority Date Filing Date
CN200980147836.1A Expired - Fee Related CN102227899B (en) 2008-12-01 2009-05-22 Travelling carriage and application server and the method for operation thereof of service are provided to travelling carriage

Country Status (4)

Country Link
US (1) US8170589B2 (en)
EP (1) EP2353274B1 (en)
CN (1) CN102227899B (en)
WO (1) WO2010063497A1 (en)

Families Citing this family (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8280369B1 (en) * 2009-01-13 2012-10-02 Sprint Communications Company L.P. Controlling application modes on a mobile device
US9160812B2 (en) * 2009-10-22 2015-10-13 Cellco Partnership Systems and methods for delivering an application over a mobile communications network
US20120149352A1 (en) * 2010-07-26 2012-06-14 Ari Backholm Context aware traffic management for resource conservation in a wireless network
US8417222B1 (en) * 2012-06-22 2013-04-09 Google Inc. Systems and methods for delivering messages based on a device radio status
US9565622B2 (en) * 2012-07-05 2017-02-07 Qualcomm Incorporated Detecting services provided by a wireless node before device discovery and connection establishment
US10387928B1 (en) 2013-03-29 2019-08-20 Wells Fargo Bank, N.A. Systems and methods for transferring a gift using an information storage and communication system
US10037561B1 (en) 2013-03-29 2018-07-31 Wells Fargo Bank, N.A. Systems and methods for managing lists using an information storage and communication system
US10055732B1 (en) 2013-03-29 2018-08-21 Wells Fargo Bank, N.A. User and entity authentication through an information storage and communication system
US10530646B1 (en) 2013-03-29 2020-01-07 Wells Fargo Bank, N.A. Systems and methods for providing user preferences for a connected device
US10942959B1 (en) 2018-02-06 2021-03-09 Wells Fargo Bank, N.A. Authenticated form completion using data from a networked data repository

Family Cites Families (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2003087408A (en) * 2001-09-13 2003-03-20 Nec Corp Short message distribution system
US20030065738A1 (en) * 2001-10-01 2003-04-03 Thumb Logic, Inc. Wireless information systems and methods
KR100697416B1 (en) * 2003-09-30 2007-03-20 교세라 가부시키가이샤 Mobile communication terminal, information providing system, and computer readable recording medium storing program
JP2008529325A (en) * 2005-01-16 2008-07-31 ズランゴー リミテッド Communication network system and method for using the same
US20060167849A1 (en) * 2005-01-26 2006-07-27 Echovox Sa Method and system for mobile instant messaging using multiple protocols
JP4693641B2 (en) 2006-01-27 2011-06-01 京セラ株式会社 COMMUNICATION SYSTEM, WIRELESS COMMUNICATION TERMINAL, AND DISPLAY CONTROL METHOD
US9954996B2 (en) * 2007-06-28 2018-04-24 Apple Inc. Portable electronic device with conversation management for incoming instant messages
US20090054092A1 (en) * 2007-08-20 2009-02-26 Anthony Pierre Stonefield Interactive Interface for Devices Supporting Communication Employing Sender-Specified Media Content

Also Published As

Publication number Publication date
US8170589B2 (en) 2012-05-01
EP2353274B1 (en) 2013-01-23
EP2353274A1 (en) 2011-08-10
CN102227899A (en) 2011-10-26
WO2010063497A1 (en) 2010-06-10
US20100137008A1 (en) 2010-06-03

Similar Documents

Publication Publication Date Title
CN102227899B (en) Travelling carriage and application server and the method for operation thereof of service are provided to travelling carriage
CN101627642B (en) System and method for providing converged messaging service
KR101577920B1 (en) Location-based group generation method, apparatus and system
US10484844B2 (en) Simplified short message service (SMS) procedure for communication with internet of things devices
US20100130232A1 (en) Location Based Services with Multiple Transmission Methods
WO2012154317A1 (en) Automated reply messages among end user communication devices
US20140187267A1 (en) Broadcast based proximity service to mobile device users
CN103988538A (en) Methods and apparatus to trigger firmware update request in response to a failure event
US8848579B1 (en) Methods and systems for using transport-layer source ports to identify sources of packet payloads in mixed tethering and non-tethering environments
JP2007325190A (en) Push gateway, in-service registration server, portable terminal, push system and push method
CN101542989A (en) Group communication
CN104753877A (en) Group communication method and device
CN101568062B (en) Realization method, system, locating server and locating controller for location service
US20060229883A1 (en) Methods and apparatus for providing push to talk text data
US9973906B2 (en) Identifiers for enterprise messages
US9439049B2 (en) System and method for message service gateway
KR20140061943A (en) System and method for advertisement message integrated management
CN103139713B (en) Wireless multimedia drift bottle system and method based on local-area broadcasting
WO2011150968A1 (en) Communication method and device
CN105306429A (en) Stateful notification
CN101790137A (en) Forwarding method and system fused with IP message
KR102544540B1 (en) Service platform and method for providing membership service in conjunction with beacon
US11418928B1 (en) Duplicate message management
CN103391519A (en) Short message processing method and short message processing device
RU2440686C2 (en) Method of identifying services for convergent messaging systems

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20160309

Termination date: 20170522

CF01 Termination of patent right due to non-payment of annual fee